A. What courses are there for computer majors?

Principle of personal computer

C

database

network application

What we have learned.

B: What are the main courses for studying computer science?

1, computer science and technology (software engineering direction, network technology direction, information security direction)

Main courses: assembly and interface technology, computer composition principle, operating system, data structure, software project management, software testing technology, Java advanced programming, software engineering, electronic technology, local area network and networking technology, TCP/IP and wide area network, Linux foundation and technology, network management and maintenance, computer network and communication, database principle and application, introduction to information security, modern cryptography, intrusion detection and security scanning, computer virus principle and prevention.

Employment orientation: Engaged in software engineering application technology, computer network, information security and other work in enterprises and institutions, or engaged in related teaching and scientific research work.

2. Electronic information science and technology

Main courses: analog and digital circuits, high-frequency electronic circuits, electronic technology automation, signals and systems, digital signal processing, communication principle, algorithm and program design, microcomputer principle and interface technology, single chip microcomputer application, modern communication technology, sensors and measurement technology, etc.

Employment orientation: graduates can go to enterprises, institutions, administrative and educational departments to engage in scientific research, teaching and information maintenance and management; IT can also be engaged in the research and production of electronic equipment and systems and the application and development of communication technology in modern manufacturing, communication and IT enterprises.

There are also interior design majors, UI design, 3dmax, animation design and so on.

C. what are the computer courses?

Computer application foundation, practical writing, mathematics, English, moral education, electrician and electronic technology, computer network technology, C language, computer assembly and maintenance, advanced technology of enterprise network security, integrated management of enterprise network, windows server 2008 operating system, LAN formation, Linux server operating system, network equipment and network technology (mainly learning the configuration, management and debugging of Cisco and Huawei equipment), SQL Server, network integration.

D. What are the core courses of computer major? How many courses are there?

One's deceased father grind computer copy professional courses can represent the core courses of computer major, there are the following four courses:

Data structure, computer composition principle, operating system, computer network

In addition, the computer major requires programming ability, so the programming foundation can not be ignored, such as python, java and other programming languages.

(4) Extended reading of computer courses:

The subjects for the preliminary examination of computer graduate students are:

English: 100, Mathematics: 150, Politics:100; Specialized course: 150 points.

The code of the first professional course of computer postgraduate entrance examination is 408 (Computer Basic Synthesis), the full mark of the test paper is 150, and the examination time is 180 minutes; Test paper content structure: data structure 45 points, computer composition principle 45 points, operating system 35 points, computer network 25 points;

Computer professional postgraduate review materials:

Data structure: data structure C language version, data structure description and exercise explanation, Yan Weimin;

Principles of Computer Organization: Principles of Computer Organization (Second Edition)-Learning Guidance and Problem Solving

Operating System: Computer Operating System (4th Edition)

Learning Guidance and Problem Solving of Computer Operating System (4th Edition)

Computer Network "Computer Network (7th Edition)" Computer Network Interpretation and Solution "Xie Xiren

E. What courses should undergraduate students majoring in computer study during their four years in university?

I'm a computer major. Let me put it briefly:

Freshman (Public and Professional Basis): Introduction to Computer; Programming foundation (C language, need to learn solid, based on C language ideas after in-depth study)

Sophomore (professional foundation and core): data structure and algorithm (more difficult, we are C, and there are other languages); Digital circuit (also a headache); Discrete mathematics (a compulsory course for computer majors); Database system principle, database system design and development (Delphi and SQL are the main courses, which are important and useful, and many software designs are based on these two courses); Object-oriented programming (we are Java and also use C++, which is also important); Computer composition principle and experiment composition (it is very difficult to learn these two subjects well if you want to engage in hardware after graduation); Operating system principle, experiment (I learned linux system at that time, I forgot, some management ideas inside are more interesting);

Junior year (professional core and professional direction): microcomputer system and assembly language, experiment (boring, complicated, difficult, employment, etc. ), but if you really want to master computers, you must work hard to learn these two courses; Computer networks, experiments (dos commands, etc. , hackers must, very interesting); Software engineering (that is, how to make marketable software products);

Starting from junior year, the direction will be divided into:

Java direction: (The most important Java direction is J2EE, which is an engineering organization. After mastering it, you can directly find employment. I am the Java direction)

JAVA advanced programming

Software Engineering and Database Course Design

network engineering

J2EE Architecture and Application Development

J2EE application course design

C# programming

J2ME and Mobile Application Development

Application and management of database system

Software development specification

Direction of data application development: (most important)

C# programming

Software Engineering and Database Course Design

Architecture and application development

Applied curriculum design

JAVA advanced programming

Oracle application

Application and management of database system

Software quality assurance and testing

Software development specification

Direction of e-commerce: (relatively simple software development)

E-commerce / electronic commerce

C# programming

Supply chain and logistics management

Design and Implementation of E-commerce System

Curriculum design of e-commerce system

E-commerce security

Web design and website development

Direction of embedded system: (more difficult, more hardware)

Application design of microcomputer peripheral circuit

Embedded system application development

Windows programming of single chip microcomputer

Fundamentals of ARM and embedded operating system

C# programming

Introduction to embedded system development

Application design of single chip microcomputer

WinCE mobile development technology

Embedded communication technology

Digital media direction:

Introduction to art design

Computer graphics and image processing

Man-machine interaction technology

Computer visual display

Digital media post-production

visual communication

Fundamentals of computer animation

Computer animation design

Senior: I'm looking for a job internship and graduation project. The missed course is a professional mobile elective course, which I chose according to my own interests. I attach the course materials:

Linux operating system and its application

Mathematical modeling (1)

Mathematical modeling (2)

Computer aided design

Information policies and regulations

Software development specification

Computer graphics and images

Compilation technology

project management

Image processing and pattern recognition

multimedia instruction

Fundamentals of web design

Calculation method

Windows programming

Computer information security

Introduction to art design

Software quality assurance and testing

network engineering

Man-machine interaction technology

Frontier of computer development

F. What courses do general computer majors take?

Advanced algebra and geometry, elementary number theory, computer applied mathematics, random mathematics, circuit principle, analog electronic technology, digital logic, digital analysis, computer principle, microcomputer technology, computer system structure, computer network, high-level language, assembly language, data structure, operating system, etc.

G. What are the detailed courses of computer science and technology?

The detailed courses of computer science and technology are as follows:

Advanced mathematics, college English, professional English, probability statistics, discrete mathematics, circuits, analog electronics, digital electronics, data structure, operating system, compilation principle, computer network, database principle, software engineering, assembly language, C++ programming, interface technology, Java, VC++, computer virus analysis, network attack and defense, cryptography application or online game theory, game design, etc.

(7) Extended reading of computer courses.

Computer science and technology is a subject that studies the design and manufacture of computers and uses computers to express, receive, store, process and control related information.

There are basically three routes for the career development of computer science and technology graduates:

The first route, pure technical route; The information industry is a sunrise industry, which puts forward higher requirements for talents, because the characteristics of this industry are that the technology is updated quickly, employees need to constantly supplement new knowledge, and at the same time, the learning ability of employees is also very demanding;

The second route, from technology to management, is particularly common in the computer industry. For example, programming is a very intensive job. With the growth of age, many professionals in this industry often feel at a loss, so it is a good choice to transform from technical talents to management talents.

The third route is to apply for civil servants or institutions. Because now all walks of life need to use computers to work or complete information construction. In addition to those units that specialize in the information industry, many civil servants and institutions have set up certain positions to meet the requirements of their own units for computer technology.